Publications

Discussion of how the PANN™ and PANC™ technologies will affect the artificial intelligence industry and humanity at large.

Today the greatest invention we know is artificial intelligence. What were the precursors of AI as such? The neuromorphic comparator PANC™, our invention—what were its predecessors, and how did we arrive at this technology?

We discuss the current state and prospects of the artificial intelligence market.

The Mona Lisa is the third participant in this dialogue and helps us examine a widespread stereotype in recognition theory and among IT researchers.

A person can recognize a simple image even against a background of gridlines and noise. A machine lacks an understanding of what is truly important in the image. We approached it differently…

What are the priority domains in which application of PANC™ is critically important? Drones, autopilots… what else?

OpenAI and NVIDIA have disclosed the details of a massive partnership: the companies are joining forces to build a unified computing infrastructure with a power consumption of 10 gigawatts. This is roughly one hundred times larger than Elon Musk’s current largest “AI factory,” and it represents only the first phase. Might they be “throwing billions away”?

This episode concerns an entirely new AI technology: the associative neuromorphic comparator developed by a group of world‑renowned TRIZ masters under the direction of the chief scientist of the deep‑tech company Progress, Inc.
The PANC™ (Progressive Associative Neuromorphic Comparator) technology can perform virtually every function that artificial neural networks currently execute, but it does so far more quickly and economically.

A partner of the TRIZ consulting company Ideation International, Inc., Michael, from Taiwan, sent us this remark/question: «According to my…